Difference between revisions of "November 15th, 2022"
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:* Updates on the conceptual design (''Vitaly''). | :* Updates on the conceptual design (''Vitaly''). | ||
:* Temperature map calculations (''Tim''). | :* Temperature map calculations (''Tim''). | ||
− | :* Simplified FLUKA model (''Pavel''). | + | :* [https://wiki.jlab.org/klproject/images/8/86/K0LmtgNov14.pdf Simplified FLUKA model] (''Pavel''). |
Revision as of 16:46, 14 November 2022
Attended: ..., and Igor.
- On October 3rd, we had a Hovanes CPS meeting for a development of the conseptual design of the Tagger vault with CPS [1].
- Temperature map calculations (Tim).
- Updates on the conceptual design (Vitaly).
- On October 17th, we had a Hovanes CPS meeting for a development of the conseptual design of the Tagger vault with CPS [2].
- Temperature map calculations (Tim).
- Updates on the conceptual design (Vitaly) [3].
- Adding raster to FLUKA simulations (Hovanes):
- Convolution of two distributions: Gaussian ⨁ Rastering;
- Gaussian with 2.5 mm in FWHM (which is the same as 1.1 mm in RMS);
- Uniform rastering of the center of the Gaussian within D = 2 mm;
- Raster only the beam position but not the angle (parallel shift);
- Wider channel may be needed;
- Evaluate the impact of FWHM dropping to 1 mm instead of 2.5 mm but keeping the raster on.
- On October 21st, Tanja Horn had a CPS meeting (main focus is CPS for Hall C) [4].
- On October 31st, we had a Hovanes CPS meeting for a development of the conseptual design of the Tagger vault with CPS [5].
- Updates on conceptual design (Vitaly) CPS for Hall D. 3 m long magnet design.
- Magnet (Pavel)
- Temperature calculations (Tim)
- Documents, which we are going to have for reviewers (Igor)
- Thursday, November 10th, we had the 6th KLF Collaboration meeting [8].
- On November 11th, Tanja Horn had a CPS meeting (main focus is CPS for Hall C) [9].
- On November 14th, we had a Hovanes CPS meeting for a development of the conseptual design of the Tagger vault with CPS [10].
- Updates on the conceptual design (Vitaly).
- Temperature map calculations (Tim).
- Simplified FLUKA model (Pavel).